一种步进电机控制阀门、阀门控制系统及方法

A Method, Valve and Valve Control System for Advancing Motor

摘要: 电控阀门现有主流产品为电动球阀和电磁阀，针对电动球阀和电磁阀存在的不足，提出了一种步进电机控制阀门、阀门控制系统及方法。考虑了阀门主体、步进电机、传动机构、编码器和驱动器对步进电机控制阀门的影响，本文通过各部分机体联机联网控制，设置相应恒定参数，验证了提出方法的可行性，然后实现步进电机实现高精度流量控制，结果表明，与传统的电机控制阀门相比，所提出的电机控制阀门间接控制系统具有良好的联机控制和联网能力，以适应多种工业环境中的复杂要求。

Abstract: The current mainstream electrically controlled valves are electric ball valves and solenoid valves. To address the significant limitations of these conventional valves, we propose a step motor-controlled valve system with integrated control mechanisms and methodologies. This innovative approach considers the interdependencies among valve components, stepper motors, transmission mechanisms, encoders, and drivers. Through networked control integration across all system elements and the implementation of standardized parameters, we validated the feasibility of this control method. The proposed system enables high-precision flow regulation via stepper motor operation. Experimental results demonstrate that compared to traditional motor-controlled valves, our step motor control valve system exhibits superior network connectivity and integrated control capabilities, effectively meeting the complex requirements of diverse industrial environments.